Cleaner&#39;s form for sizing garments



1943- V w. R. FRENTZEL 2.326,775

CLEANERS FORM FOR SIZING G'ARMENTS Original Filed Dec. 10, 1938 15 Sheets-Sheet l 3111mm: Wallm Uzb R Fran 226 1 C(ttomeg Aug. 17, 1943- w. R. FRENTZEL CLEANERS FORM FOR SIZING GARMENTS Original Fil ed Dec.

10, 1958 15 Sheets-Sheet 2 r O f. n e D n 3 Wallm 0272 R. Fran [Z6] 9 3. w. R. FRENTZEL. 2,326,775

CLEANERS FORM FOR SIZING GARMENTS Original Filed Dec. 10, 1938 1.5 Sheets-Sheet 5 l 77 I III 1 1| n lmacnto:

14/011122 U172 13. Fz azz Zza! Aug. 17, 1943. w. R. FRENTZEL 2,326,775

CLEANERS FORM FOR SIZING GARMENTS Original Filed Deg. 10, 1938 15 Sheets-Sheet 4 lnmntor F 1' 3' 5 1/1/0110? U272 H. Fran I261 1943- w. R. FRENTZEL 2,326,775

CLEANER S FORM FOR SIZING GARMENTS Original Filed Dec. 10, 1938 15 Sheets-Sheet 5 33 Fig. 8

i I 3nnemor 14/011112 Ulll 12.1%)? 1261 Aug. 17, 1943. w. R. FRENTZEL 2,326,775

CLEANERS FORM FOR SIZING GAHMENTS Original Filed Dec. 10, 1938 15 Sheets-Sheet 6 I l /3 7? I l 0 6 60 6V s V Zhwentor 14/01/122 Vf/l R. Fran zze] Fig. /0 ,4

Gttor neg Aug. 17, 1943. w. R. FRENTZEL I ,7

CLEANERS FORM FOR SIZING GARMENTS Original Filed Dec. 10, 1938 15 Sheets-Sheet 7 I wwwowwo z a Summer Aug. 17, 1943. w. R. FRENTZEL 2,326,775

CLEANERS. FORM FOR SIZING GARMENTS Original Filed Dec. 10, 1938 15 Sheets-Sheet 8 Wallm Uzlz R. Frentza] Enventor I I'z' 0/4 BB 5 ZWL1 A.

1943- w. R. FRENTZEL 2,326,775

GLEANERS FORM FOR SIZING GARMENTS Original Filed Dec. 10, 1938 1 5 Sheets-Sheet 9 & 743 78 7a 76: 5 T m 77 ZSnnentor Gttomeg 1943 w. R. FRENTZEL. 2,326,775

CLEANERS FORM FOR SIZING GARMENTS Original Filed Dec. 10, less 15 Sheets-Sheet 1o 2 z Zhwentor Wallm 0272 if. Emnfze] Aug. 17,- 1943. w. R. FRENTZEL 2,326,7'35

CLEANERS FORM FOR SIZING GARMENTS Original Filed Dec. 10, 1938 15 Sheets-Sheet 11 Fig. /.9

6/ Summer 63 14 011122 UZIZ R. Ewzzze] I a 20 66 Z 6'2 4 Qttorneg 1943' w. R. FRENTZEL 2,326,775

CLEANERS FORM FOR SIZING GARMENTS Original Filed Dec. 10, 1958 15 Sheets-Sheet l2 Fig. 2a

Zhwentor W 011122 [1272 1?. Fran 22 6] attorney 1943. w. R. FRENTZEL 2,326,775

CLEANER S FORM FOR 812. ING GARMENTS Original Filed Dec. 10, 1958 15 Sheets-Sheet l5 3nnentor P1 011172 01% 1?. H612 152 a 1 g- 3 w. R. FRENTZEL 5 CLEANERS FORM FOR SIZING GARMENTS Original Filed Dec. 10, 1958 15 Sheets-Sheet l4 Zhwentor H aHm Hill 1?. H6122 2a] 17, 1943- w. R. FRENTZEL 2,326,775

- GLEANERS FORM FoR' SIZING GARMENTS Original Filed Dec. 10, 1938 15 Sheets-Sheet 15 Snvcntor F1 9. a4 14 011122 0112 1?.Fra2zfz 61 attorney incorporated within the mixture.

Patented Aug. 17, 1943 zszarzs Wallmuth R. Frentzel, Seattle, Wash, assignor to Bank, Seattle; Wash;

University .National trustee Substituted for abandoned application Serial No.

245,007, December 10, 1938.; This application I Gctober 39, 1942, Serial No; 463,903

reclaims. (01.222 70) I This invention relates to the cleaning of garments, and more particularly to the treatment thereof after cleaning, including the bringing oi the garment to proper size and shape, hereafter termed sizing. The present application dis-- closes improvements upon the apparatus and method disclosed in my Patent No. 2,189,789, issued February 13, l9-l0,.the application for which was copending with the present application. This application is intendeclto be generic as to the common subject matter.

Problems involved rayon.

variations in weave andin-pattern of the goods.

which may be suitable for silk are unsuitable tor Such problems arealso complicatedby Crepes, for instance, exhibit aitendency to stretch; Velvet-s or like pileffabrics, are extremely difficult to handle, since, when finished, Q

the pile m'ustall stand up uniformly. orhigh Velvetv dresses are generally ,cut on the bias, and upon cleaning, wrinkling resuits at the seams,- because of the dragof-one piece uponanother, vandthis is difficult to avoid,

lights result.

, but makes the cleaningofj velvet ,dresses di-ifiycult From no source do more controversies arise to plague cleaners of garments than from the question of the proper size and shape of! the garment when returned to the wearer from the cleaners. Even when the garments-are made of long used and simple fabrics and weaves, as cotton, wool, or silk, it'is difiicult .i or'the cleaner to be sure that the garment, when returned to the customer, is of' precisely the same shape and size that it was when he received it, for

cleaning operations involveclipping the garment ina liquid, in some instances outright washing in water, but regardless of the nature ofthe liquid, even such simple fabrics are differently aiiected, and may be caused to shrink, or even t in some instances to stretch. With the advent of new materials, .as rayon or acetate, and with the 'adventjor" -.-mixtures,

such as s'ilkand rayon, the cleaners problem is 'manyfold increased. The desirability for the in:

itial discharge ofambient or cool air into the form is because, in the cleaning of dyed fabrics j in particular, there-is a tendency of the dye to run after the garment hasbeen removed irom the cleaning liquid or solvent and just prior to passing froma'mo'ist to a-d'ry state. During -the cleaning'operation; that is',while the garment is in contact with the cleaning liquid,'the 'dye is held fast by reason'o'f the use of certain chem icals or special liquids mixed with the cleaning liquid. Howeven'the effects of these liquids to retainthe dye against running, vis'lost just prior to the garment becoming dry, but the dye can be'setso that it will not runby the application of cool air to the garment; This cool air needs to be applied cnly for a .relatively short period, and then the warm air is applied to complete the drying. Cleaning conditions, such asgfluids used, temperatures, and the like, which may be suitable for one of the materials of the rrdzture is unsuitable for another-material whichmay be Conditions and expensive, I simply because the cut or the 'fabric'and thepile is diificult to handle. V ,Whereas such difiiculties occur with compara ively simple woven fabrica; it will .readilyfbe understood that, great as they are ,-they are still iurtherincreased by knit fabrics ofdiiierent materials,aof mixtures, of different stitches, and'cf. j different 'pattenns, especially when it is rememhered that knitgoods are' generally loose and the leosely stitched, knit garments have a tendency to stretch when wet, while other knit garments ma'ygshrink.

- A great deal of thought has beenjgiven tosuch matters since the new-fabrics and materials have come into widespread use,-'-and sinceliving and economic-conditions do notcrdinarily call for nor permit the cleaningof garments at home.

While there WCZ'fiyERI; the turnof the century and prior thereto, dress forms available, some of which were'adjustable to' a grcateror less degree, I such dress forms are not suitable'for cleaners For one; reason, they are unsuitable because most of the-mare either'solid or formed with solid sure I use to sizea dress, for various reasons.

faces; the contact of which with the dress is un-- desirablegand which with the dressqin' contact with them'wvould not permit nor facilitate the. drying ofthedres's -yet because of the naturaof theiriconstruction, 7 they must be solid .or nearly reason, such .d-resszforms were originally selected to conformgenerally'to oneguser only, and, were intended to be adjusted; if at all; merely to conform to. theshape of their owneryand onceadju'sted, werenot normally changed in adjustmerit. .ltwas therefore quite unimportant if the adjustments were a lengthy and labo riousv task, for it need be done only oncer' However,

, the dresses sent toa cleaner come fITOlII WOmGI'l.

of widely varying shape and size, and acleaners garment sizing form, to be practicable, must be' adjustable quickly,:easily, an d with certaintyito all the varying measurements, shapes and'fsi'zes IEoranoth'e-r" and perhaps more important,

and whereon the dress was applied and measured or stretched back to size after cleaning, with comprehended within the almost infinite range It is a further object to provide for such purposes a device which is simple in its construction and rugged, easily operated by comparatively unskilled operators, and which is adapted to the needs of all types of materials "and fabrics.

ince human sizes vary in different directions at different zones, vertically spaced (for instance at the bust size variations are generally forwardly and somewhat laterally, whereas at the hips the the dress in each instance laid fiatupon the table. As variations of this, fiat inserted stretchers were devised by which the dress could be stretched fiatwise' to an approximation of its original shape and size.

Such devices are subject to numerous and serious drawbacksa-all stretch is applied at one point I or along one line, rather than uniformly over the dress as a whole, with the result that itmay be stretched unduly in one area and insuiliciently in another area. As a corollary, the stretching being fiatwise only, it is by such means impossible to shape the garment, for instance to fit snugly about the hips, waist, and bust without pulling it out of shape at other points' Furthermore, such. devices" are merely stretchers or sizing charts and tables, and the'garment must be dried after cleaning by some other arrangement, with the result that it must be brought back to sizeby a fit and try method, being dried and then stretched or stretched and then dried, and then if it is not of the proper shape or size perhapsit must be wet and dried all over again, and stretched again. The garment cannot be dried while carried upon such a flat stretcher form, and if it were, while it might conform in width, it does not conform in shape to the human form, for it is flat, while the human form bulges, atithe busts and hips, for instance. 'Still a further difiiculty is that some garments or materialsstretchwhen cleaned, and therefore they must be processed additionallyto shrink them, iii-order that they may be again stretched to the proper size, and

this shrinking and subsequent stretching are separate operations, and there is no way of controlling them adequately or relatively. Objects of the invention size variations are generally rearwardly and laterally); it is an object of the invention to provide expanding means for the form, andfor each zone thereof 7 in which are incorporated. expanding means, that will automatically accomplish variation to the proper degree and in the proper direction for that zone.

Also, sincehuman shapes vary in that certain of such zones of size variations are spaced nearer one another in one figure-than in another, and since such variations may occur regardless of the height of theperson, it is a further object to provide expanding means which can be adjusted in height relative to one another, and which in any such vertically adjusted position willfunctio-n to accomplish the required expansion, in the manner indicated above;

Since a fluid medium, such as air or steam, is discharged'within the garment to treat it,- for instance to d'ryit, while it is upon theform, it is a detailed object, of the invention to provide expanding means of such skeleton character as will to the smallest degree possible obstruct freedom of communication between'all parts of the interior of the form, and passage of fluid through all parts of the garment.

In thehandling of various special fabrics, velvet for instance, it is desirable to moisten. the velvet, and since in the treatment of substantially all fabrics, it is desirable to employ air, sometimes cold air and sometimes hot air, and sometimes each in succession, it is an object of the invention to provide, in conjunction with'an expansive and adjustable form, means to discharge fluid mediums,.preferably of different characteristics,

These and'similar problems have-faced cleaners for a'number of years past, and the solutions heretofore proposed have been largely makeshifts. It is, then, a prime object of the present invention to provide a' form for'th'e use of cleaners whereby they may with expedition, exactness and accuracy, without likelihood or even the" possi-' bility of damage to the garment, and with onesetting of or operation upon each garment, in-' sure thatit will he'returnecl to its 'original size and shape, not one alone but both, atthe com- I pletion of the operation,and regardlessofiwhether or notin returning it tothis original size and shape it must be stretched or shrunk, and, moreover. to accomplish this end in a form which is quickly and readily adjustable in all necessary ways to conform to the-size and shape of the wearer of the garments, not to any fictitious average human figure,=and by a' form which permits finishingthe garment while it is so held in size and shape. This accomplishes the ultimate economic objects of providing for the clean.- ers' use a form which will eliminatecomplaints from improper sizing and treatment of the gar- I nents in cleaning, and a form which will accomplish these ends with a minimum of labor and expense; r

' present preferred by me.

and to vary those characteristics, either by. 010-- crater-controlled means or by automatic means, or both, to the end that there may be provided'in a single device means which will operate properly upon a garment, whatever may be the material of which it is made; 1 r

Various'other detailed objects will be discovered as this specification progresses, and it is deemed unnecessary at thispoint to go farther into these detailed objects.

' Drawings In the accompanying drawings I have shown my invention embodied in a form which is at It will be understood, however, that this represents only one form of embodiment, and that the principles of my invention as herein disclosed andas hereafter definedby the claims may be embodied in various forms without departure from the spirit of the invention as thus defined. My invention, therefore, comprises the novel parts, and the novel combination and arrangement thereof, and also the novel method, shown'and' disclosed in the accompanying drawings and specification, and as more particularly defined in the claims.

Fig. 1 is a general elevation of the machine as a whole, certain parts being broken away or omitted for clearer illustration, and Fig. 2 is a general plan viewof the'same, with the form itself, however, omitted.

Fig. 4 is a view similar to Fig. 3;"sh'owing the form below the waist, and including its mount.

Fig. 5' is an axialsection through the control head.

Fig. 6 is in part v section of the shoulder form which I prefer to employ, Fig. '7 is a similar view in elevation, and Fig. 8 is a similar View in elevation taken at right angles to Fig. 7, from the viewpoint'illus trated by theline 8-'% in the latter figure. V Fig.9 is a plan view of the bust expander, and Fig. .10 is an elevation of the 'same, with parts omitted, from the viewpointshown by the line l6l!l-of Fig. 9.

Fig. 11- isa plan'viewoi-the waistexpander, and Fig. 12. is in part an-elevationand' in part a section throughthe same onthe line generally indicated at l2-l2 inFig. ll. I Fig. 13 is a view similar to Fig. 11, and Fig. 14 is a view similar'to Fig. 12, on thelirie i i-'44 of Fig. 13, these twoviews illustrating the hip expander; v

Fig. 15 isa view similar to Fig. 11, and 16 Ba view similar to Fig. 12, on the lin'e'lfi- -lfi of Fig.- 15, these two views illustratingthe. hem holder. 7 f Fig. l7 is aview similar to Fig. 11, andFig. 18 is a view similar to'Fig. 12,- on the line' I8'l8 a plan view and impart a i the nature of V needed.

been shown as provided? with a sleeve! iorm, in an attachment for use when =However, since the great majority of garments sent to cleaners arewomerisdresses or skirts,

and since difficulties of sizing are. met almost exclusively in -womens 1 garments,t itfwill normally be found sufficient to make theformoi generallyhuman shape except as varied by de i fining the form of a skirtflbelowithe hips." Its interior and its,v skin or 'garment-engaging -sur-. face must be as nearly open: fand 5.free of ob-: structionsas possible, in orderthatair or like fluids blown into the-bottom of'thedressinay pass freely. into allparts ofzthefgarment and out I through the'fabric, Tomeet these requirements;

and also in order that it may :be' freely'adjustf able in allnecessary ways,. the .form may beconveniently formed of. a neck or'should'er form N, a lowermost or hold-down ring orhoopZ, and

of Fig. 17, these two views illustrating the lowermost or hold-down ring or hoop.

Fig. 19 is atransver'sesection th curved'iace plate of the general type employed "at the bust and-hips. I

rough the control head, substantially on'tlie linejl9-ll oflongitudinal flexible and extensible elementsex- I tending between the two, hereaftertermed genericallylongitudinals, the shoulder form N at leastbeing supported'by an upright support S, which may bein the form 'ofra'post or tube supported asuitable base; preferably the hold= down ring Q is also, in part at least, supported from the supports. The longitudinals 1, above referred. to, and genericallyfdesignated by the numeral l, are conveniently, in large partor wholly, tight coils It of spring-like material and, conformation, but without appreciable tendency, within each coil, to. twist anchored at the shoulder form N and atlowermost ring Q. However, from the hips downwardly, that is tosay in the portion which defines the major portion ofthe skirt; these coils 65 may beiecei'vedwithin en 7 closing tubes ill, within which they are joined Fig--21 is a perspectivefview'bfa detailof'the hem holder.

Fig. '22 is a'perspective view of a detail of the verticaladjustment'control device. h

Fig. 23 is' -a general elevation of. the sleeve form, which may'beused as an attachment to the garmentform, showing parts in the collapsed position, and Fig. 24- is-a similar view, showing parts in an expanded position.

Fig. 25 is {a detail, partly in plan view and partly in sectiornof the'outer or control end of the sleeve form. N f and-Fig. 2'7 are transverse sections on therespe'ctive lines ZB ZE and Ell-2'! o'f'Fig'. 23.

Fig. 29 is a detail in end View or cross'section of 'the cuff holder,-and Fig. 28 is impart a side elevation and'inpart a section through the same.

Fig. 30 is a general'rear view of the fluid disarge unit.

Fig; 31 is a plan view of the'automatic timing control device.

Fig. 22 isan electrical degree; c he er).

metictimingc ontrol device for fluid discharge. Fig.133 is aplan view'of parts offthe automatic timing control device'and Fignfieis'a section through the seine substantially on the line 3%;34

of- Fig. 33.

The garment form as a -wh'olei: y I

human shape. This does'not mean that it-rnus't be formed with arms and legs, although-it is not outside of the spirit of my invention to provide these if desirable, or to provide sleeve forms b light springs I I to rods |-2,;which are anchored at 11,120 thelowermost lingQ} These longitudi nal elements vary widel in length, from the minimum or collap'sedjposition to the largest size. To avoid stretching the coils lli themselves,

and toavoid pinching of the dress-tenancy relaxing-extended coils 15,;the light enclosed springs H are used. 3 All, extension is'accorne plished by stretchingthese springs! Linstead ot the coils. in", and thefcapacity'for expansion of the springs li-islsufiicient'to permit the complete range of adjustment, and toI-insure return Intermediate the shoulder form N andthe j hold-clown ri. Q is usually. ofijgreater height thanthe distance from the shoulder of a; woman latter is to be expandible as it is herein-shown, is

to', the floonan'd it i's necessaryto-hold downthe hem'of theski rtfahem holder Ris'jpos'itioned between. the hip Hand theholdedown.

ring Llilachfcdf theseelernents B, Wfllland "R issuppo'r tjed froni theysupport S, or inlany event otherwise than from theflon gitudinals l.

Each 'of these expanders" B, W and H, v the hold down -ring Q, and the'shoulder forin N ifthe j separatelyexpansi'ole or'oontractible under the influence of its; individual adjusting elements I The vform a whole is made up of generally constituting part of distancef control head '0. which is herein shown as mounted at the upper,

end of the support and which communicates with theindividual eiipande'rs through thesup port" The expanders in 'the'ir detracted orlcql lapsed positi'onare preferably of appreciably less 4 size than the smallest human size,*for convenience in applying the garment upon the form or removing it therefrom, and convenience of control head C, thereby expanding-the individual 'expanders to the proper size desired.

. It may be desirable, andis entirely practicable,

to alter the structure of the, control head, and to locate the actual control: head elsewhere'than upon the support S, even distant from the form itself," connecting it to the expanders by any convenient type of distant operating or transmitting means, such as would readily suggestthemselves for such a purpose. 7

Certain of the expanders are also adjustable vertically, and since each. of them is mounted upon the support S,.the adjustment is with relation to the latter as a guide. Each'such expander is thus, vertically adjustable independently of all the others, so that the spacing of any such expander relative to anyiother expander; can be adjusted. The hem' holder R is'likewise adjustable vertically, and preferablyit is manually? adjustable radially, since the hem of the skirt must be manually engaged therewith, though it might be expansible conjointly with the hip expander, and by,- the same control means. j

The arm or sleeve forms A reformed as attachments which may be engaged at will with or disengaged from the shoulder form N.

The' empcnders Inprinciple the expander-s are all alike, and to a large degree a description of'one will suffice for the others. Each is supported from the tubular. support or backbone? S. A description of the bust expander B, shown in detail in Figs. 9 and 10, will serve to make clear the principle of operation of theseexpanders.

-A local support 2, in the nature'of aspider, so

that it impedes to the least degree the'dissemination of a' fluid medium throughout the form,

is supported from the support S by an encircling sleeve 20. This spider forms a. plurality of gen- 'the expanders by different amounts in different directions, and in the several different expanders differentlyin amount in' a corresponding di- I rection than in other expanders In the bust expander, shown in Figs. 9 and 10, the movement is primarily forwardly and somewhat outwardly,

1 and. to a lesser degree directly sidewise, with no expansion rearwardly. s

Since some such expanders, in moving outwardly, and others, in being held inwardly, operate against the resistance of the flexible longitudinals I with which the face plates engage, consider- 9. able. force may be requiredto move theexpanders ports and thecontrol device C, and it in turn meshes withintermediate gears 24, and these in turn withthe final gears; 25, or, in some inat 22, so that they lie flush with the face of the applied to-the similar parts of these expandersn stances, the master gear 23 may mesh directly with a final gear -2 5. Each gear 25 in turn meshes with rack teeth 2I formed on the individual rods 2I. Hence by rotation of the master gear 23, the rods 2| and their face plates 22 are moved inwardly-or outwardly. By proper choice of the size and characteristics of the intermediate gears 24 and the final gears 25, and by proper choice of the sizeof themaster gear, the desired ratio of movement of each'of the faceplates relative to the others is readily obtained,'yet the entire r arrangementis compact, strong and simple, parts can be readily replaced if necessary, and sufficient free space is left for proper dissemination of a fluid medium throughout the entire interior of the form. .Each ,gear is suitably journaled upon its spider, ofwhioh an upper bearing plate 2' constitutes a part.

Since the expansion between minimumand maximum positions of adjustment may effect considerable separation of the edges of adjoining face plates 22, it is preferred that one or more of the longitudinal flexible elementsl be disposed between such face plates, and in order that they may not fail to move outwardly with the expanders, though not directly engaged by the face plates, it is desirable that such intermediate lon gitudinalsl be supported in effect from the adjoining faceplates, andtothat end I provide flexible bands 26; which extend between' or through the face plates, supported from the latter, and supporting the longitudinals I by suitable clips I3. These coils:l6 which are disposed in the path of movement of such face plates as are exteriorly convex (see Fig-20) beingparts -of the bust expander and the hip expander in particular, are received, in grooves, as indicated face plate.- This prevents the formation of ridges upon the outwardly pressed surface ofthe dress, for the dress-at such pointslies substantially fiat on the face plates. 'Tohold the longi tudinals I in relatively spaced position these elements, of the'clips I 3 which hold. them, are connected with each other and with the face plates, at such points as are necessary, by light springs I4, the strength or tension of which is so adjusted or selected as to hold the longitudinals I ap proximately equally spaced, whatever may be the adjustment of the expande 'Since the bust expander does not expand rearf wardly, the rear portion of'this expander may be formed by a flexible element 21, similar to but preferably separate from the element 26, the rear end of which may be anchored at 21' behind and adjacent the support S by a suitable bracket 28 supported from the spider 2. 5

The remaining expanders W, H and Q are similarly operable, and the same numerals are However, it will benoted in conjunction with the outwardly and to hold them in outwardly ex pandedposition, or to restrain an inwardly held expander, and this may be accomplished byposi- -tive'means such as the gears illustrated best in Fig. 9, for the bust expander. .-The locking in a given position is accomplished preferably in the control head, as later described. A master gear 23 is rotated by mechanism which willbe described hereafter in conjunction with the sup waist expanderv W that the coils I6 are not received in grooves in the faceplates, like the grooves 22', but are entirely retained and held inwardly drawn by clips I3, similar to the clips I3, for it will be remembered that the force of the longitudinal elements, due to the greater outward projection of the bust expander B above and the hip expander H below the Waist expander, is

' to straighten the coils I6, and the waist expander must therefore hold these drawn in toward the waist and there is no likelihood of defining ridges in. the dress at the waist, since there is no outwardly convex, surface at the waist upon general directions in. each instance. vThus at the waistthe expansion is generally equalfor Wardly and laterally, and at the hips the expansion is greater rearwardly than forwardly or laterally; and the lateral expansion isgreater than the forward expansion. There are such detail variations'between the several active expanders, but their general principles are the same, and it is believed that a description of one will sufiice for all the others. 'Indeed, in Fig. 13, instead of employing a single intermediate gear 24, two intermediate gears Z l'and 2d are employed, for movement of certain of the face plates, yet this is merely to obtain the gear ratio necessary,and the principle is unchanged.

The shoulder form N, shown in Figs. '6, 7 and 8, might be non-expansive, but preferably it is expansive in somewhat thesame manner as the expanders already described; but since the expansion at the shoulders is primarily only to accommodate variations in shoulder Width, the shoulder expander, if made, expansible, need be expansible only laterally to each side, and therefore may be more simply made and operated than the other expanders. This shoulder expander 3, generally formed in simulation of a human shoulder in'the form shown, comprises twohalf-forms, separatecl'along a back-to-front vertical plane, andovereach of these half-forms is secured a mesh til. At the points of the shoulders, plates 3| are provided for securement of the sleeve forms A, when the latterlare to be used. Each such half of the shoulderiform is carried upon a rackbar 32, guided for transverse moveplishedflocally, that isto say, the master gear of each spider mightjbe rotated'by hand or by means ment in aframe or spider 33, which is secured in place upon the support S by the sleevet l.

Instead of employing a master gear and gearing, controllable from the control head C through the support S for adjustment of the shoulder form N, the rack teeth of the rack bars 32 are directly engageable by a gear forming part of the mechanism incorporated within the'support, as-wi'll be explained later, and by operation of such mechanism the two halves of theshoulder form are caused to separate laterally or to draw inwardly. v

The upper ends of the longitudinal elements I are secured, asindicated at i5, to the margins of the shoulder forn1'3. To cover the gap left by separation of the adjoining edges of thetwo halves of the shoulder form, some of the coils l5 may be connected to abracket 35,- supported from the spider 33, as best seen in Fig.7,

The lowermost or hold-down ring Q, shown in Figs. 17 and 18, is likewise expansible. While it might be expansible under control of the same means which controls the expansion of the hip,

- since the hem of a skirt is usuallyfuller. than the The holddown ring is expansibleby a maships.

preferably it is controlled independently of the ter gearv 23,-as in the case ofthe'bust', waist and hip expanders, but operating uponjan intermediate internal ring. gear 25', to drive the final gears 2.5,iwhich may be all alike. The ring gear, 25' is, like all other expander gears, supported upon the necessary;

'The lower ends of theiongitu'dinal carnage;

ments l are anchored to the'face plates Z'Zpfthe hold-down ring Q, or to the peripheral flexible element 2B, bridging the gap between thei-ad- 1 joining edges-of faceplates, as indicatedat As will be remembered, the lower ends or-these longitudinal flexible elements are'iformed rods l2, and it is 'these rods, rather than theiowerfends V of the coils it which are connected at1l-1 In all these expanders, for .convenience'of mari mam, the, rack bars 21 1may"befoircular lnj cross section, and their guides withinthespldcr may be of like section; but in order to preyenty their rotation they are suitably keyed in indicated by the keying grooves ,29; H

place', as

'Ldteral erpdnsienp Lateral expansion in each of the active expandersis accomplished by rotation of-the master gear located upon-the local support o r spider 2-, or

by rotation of an equivalent element located ad jac'ent theexpander, but withi nthe supports, Itis "obvious that this 'rotat-ion might be accomand again the dress wouldinterfere with the collapsing of the form, and might be mussed'in 3 It is,; moreover, desirattempting] to do so. able to centralize all such lateral expansion control devices at one place, and this place should conveniently be outside the dress when it is, in place-"upon;the 'form. Such'controls have thereforebeen centralized in the control head C, andthe parts of the'latter are connected through the support S to the individual gears which mesh with the individual master gears 23. The particular form, location, and v mannerof connection of the controlhead -may;

however, depart from that shown;-as indicated heretofore. 1 1

The control head the support and arms 4 whiohproject from these sleeves for securement of a wrench X to turn' the sleeves. To distinguish the arms "4' they have been designated 4.12, 4h, Aw, Ah and'dmxthe'arms thus designated controlling respectively the expansion of theshouldenzof the busltof the Waist} :Or the'hips, and of the hold-down ring.

Since-it is desirable to lock eachexpandier in any given position of adjustment, both for .ac-

curacy of adjustment and in order to prevent maladjustment by the resistance of thelohgitudinals l, a lock is associated with e ch mi a m's 4- The control head as awhole is formed as a housling 42, peripherally slotted for the-'moveznent of spider 2, upon a base ring 29', which in; this instance is cast integral with and in 'fiECt -const-i-' tutesa part of the spider 2;- Thepurposeof-using a ring gearis to obstruct to the'leastdegree possible the entran e of air into *thef-bfottom of the form, This is feasibleat this level since differ ential expansion in-difierent directions, is not,

is shown in- Fig.5, and likewise in Fig. '19. It is shownas supported upon the upperfend of the support S-Q Ineffect it consists of a plurality of sleeves 4B rotatably mounted kip-1 on the support or upon means extending above 

